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Bluetooth Mini Module Assembly ASY90147-1&2 Technical Specifications
Version Communication Products Division Smart Modular Technologies 4305 Cushing Parkway Fremont, 94538,
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
Table Contents
Item Page Revision Record.2 Reference.2 Scope.2 Module General Features Chipset Description.2 Mechanic Drawing.3 Interface Definitions.4 General Specifications.5 Block Diagram.6 Electrical Characteristics.7 UART Interface.10 Interface.10 Interface.10 Parallel Input Output (PIO) Port.11 Features Stack.14 Qualification Tests.14 Agency Regulatory Body Approvals.14 Manufacture Procedure Production Test.14 Product Design Related Documentations.14
Smart Modular Technologies
Smart Modular Technologies Document Status
Revision 0.92 0.94 Date September 2002 September 2002 October 2002 December 2002 December 2002
Specification ASY90147-1&2 December 2002
Comments First draft Modified Table Modified Table mechanical drawing, stack features. Modified Table mechanical drawing. First formal release version.
make request change, correction, additions information references, please contact: Product Management Communication Products Division Smart Modular Technologies, 4305 Cushing Parkway, Fremont, 94538.USA (510)-623-1231
Reference
Specification Bluetooth System, Version 1.1, February 2001.
Scope
intention this specification provide general guideline integration Bluetooth Mini module. product specification complies with Bluetooth Specification [1].
Module General Features Chipset Description
Module General Features Smart Modular Technologies' Bluetooth Mini module based Bluetooth single chip reference design. complete Bluetooth module. module following general main features: Small footprint 52-pin package with 0.8mm ball and1.27mm pitch (14.43mm 21.47mm 3.0mm). Highly integrated small, thin module built with high-density mounting technology. Class device. board direct trace connection. Fully compliant with Bluetooth specification v1.1. Full speed UART. v1.1 compliant USB2.0 compatible. Pulse Code Modulation (PCM) interface. Programmable Parallel Input Output (PIO) ports. Serial Peripheral Interface (SPI). power 1.8V operation. Full speed Bluetooth operation. Full speed interface supports OHCI UHCI host interface.
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
Full piconet support. board 4Mbit 8Mbit external Flash. Very power consumption active standby modes. Support power sleep modes. Firmware upgradeable UART, interface. Shielding Can. Conforms Part ICAN RSS-210, ETSI, ARIB ST-T66, (per customers request other countries' standards). Temperature range: -20°C +95°C.
Mechanical Drawing:
Figure Mechanical drawing Bluetooth Mini module.
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
Interface Definitions:
Table Bluetooth Mini module interface definitions Pin# Name Type Note Ground VIN_3.3V 3.3V input VIN_3.3V 3.3V input Connection Connection Ground Ground PCM_IN synchronous data input Connection Connection Connection PCM_OUT synchronous data output PCM_SYNC synchronous data SYNC PIO[10] Programmable terminal PIO[2] USB_PULL_UP PCM_CLK synchronous data clock UART data input active high PIO[5] USB_DETACH PIO[11] Programmable terminal UART clear send active UART data output active high PIO[9] Programmable terminal PIO[8] Programmable terminal SPI_MOSI Serial Peripheral interface data input UART request send active PIO[7] Programmable terminal PIO[6] CLK_REQ data plus SPI_CLK Serial Peripheral interface clock PIO[1] Control output external Class application only Hardware reset, 3.3V±10% DI/O data minus SPI_CSB Select Synchronous Serial Interface active Connection Connection SPI_MISO Serial Peripheral interface data output PIO[0] Control output external fitted) Connection Connection
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Smart Modular Technologies Pin# PIO[4] PIO[3] Name Type
Specification ASY90147-1&2 December 2002 Note USB_ON Connection connection connection USB_WAKE_UP connection connection connection RX/TX connection antenna Ground connection Ground Ground
General Specifications
Table General Specifications Item Carrier Frequency Modulation Channel Intervals Number Channels Frequency Hopping Receive Sensitivity Transmission Power Maximum Data Throughput Output Interface Reset Power Supply Operating Voltage Operating Temperature Range Storage Temperature Range Dimensions Antenna Interface SPECIFICATION 2400MHz 2483.5MHz GFSK, 1Mbps, 0.5BT Gaussian 1MHz 1600 hops/sec, 1MHz channel space typ. @0.1% +4dBm max. Asnchronous 721kbps/57.6kbps Synchronous 432.6kbps/432.6kbps Full speed UART (921.6kbps), (12Mbits/s), PCM, PIO. Hardware Software 3.3V±10% 1.8V -20°C 95°C -40°C 150°C 14.43 21.47mm 3.0mm Direct trace contact
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
Bluetooth Mini Module Block Diagram
Output
Crystal
Clock Generator
Memory Mapped Control/ Status
UART
UART_TX UART_RX UART_RTS UART_CTS PCM_IN PCM_OUT PCM_SYNC PCM_CLK SPI_CLK SPI_MISO SPI_MOSI SPI_CSB USB_D+ USB_D-
Receiver Baseband Logic Memory Management Transmitter
Balun
Memory Driver
Synthesizer RISC Mico-Controller
8Mbit Flash Memory
Programmable
3.3V
PIO[0]/RXEN PIO[1]/TXEN PIO[2]/USB_PULL_UP PIO[3]/USB_WAKE_UP PIO[4]/USB_ON PIO[5]/USB_DETACH PIO[6]/CLK_REQ PIO[7]/Programmable PIO[8]/Programmable PIO[9]/Programmable PIO[10]/Programmable PIO[11]/Programmable
Figure Bluetooth Mini Module Block Diagram
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
Electrical Characteristics
Absolute maximum Ratings Storage Temperature -40°C 150°C (ambient) Supply Voltage -0.4V 3.6V (MAX) Operating Conditions Temperature Range -20°C< TA<95°C Supply Voltage Range 3.3V±10% Table Radio Characteristics Receiver 1.8V Frequency (GHz) 2.402 2.441 2.480 Maximum received signal 0.1% Frequency Transmitter (GHz) 2.402 transmit power power control range power range control resolution bandwidth modulated carrier Initial carrier frequency tolerance Drift Drift Rate f1avg "Maximum Modulation" f2avg "Minimum Modulation" 1.8V Frequency (GHz) 2.402 2.441 2.480 2.441 2.480 Temperature -20°C 1000
140<f1avg <175
Bluetooth Specification Bluetooth Specification
Unit Unit Hz/µs
Sensitivity 0.1%
Temperature +20°C Bluetooth Specification Unit
Receiver
Sensitivity 0.1%
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Smart Modular Technologies Maximum received signal 0.1% Frequency Transmitter (GHz) 2.402 transmit power power control range power range control resolution bandwidth modulated carrier Initial carrier frequency tolerance Drift Drift Rate f1avg "Maximum Modulation" f2avg "Minimum Modulation" co-channel
Adjacent channel selectivity f=f0 1MHz Adjacent channel selectivity f=f0 2MHz Adjacent channel selectivity f0+3MHz Adjacent channel selectivity f0-3MHz Adjacent channel selectivity f=fimage Adjacent channel Transmit power f=f0±2MHz Adjacent channel Transmit power f=f0±3MHz
Specification ASY90147-1&2 December 2002 1000
140<f1avg <175
Bluetooth Specification
Unit Hz/µs
2.441 2.480
Receiver
1.8V Frequency (GHz) 2.402 2.441 2.480
Temperature +95°C Bluetooth Specification Bluetooth Specification Unit Unit
Sensitivity 0.1%
Maximum received signal 0.1% Frequency Transmitter (GHz) 2.402 transmit power power control range 2.441 2.480
Smart Modular Technologies
Smart Modular Technologies power range control resolution bandwidth modulated carrier Initial carrier frequency tolerance Drift Drift Rate f1avg "Maximum Modulation" f2avg "Minimum Modulation"
Specification ASY90147-1&2 December 2002 1000
140<f1avg <175
Hz/µs
Note Power antenna port. Note Measured according Bluetooth specification v1.1 Bluetooth test specification 0.91.
Table Module Current Consumption Average Current Consumption 1.8V Mode connection interval Sniff Mode) (Slave) connection interval Sniff Mode) (Master) connection (Slave) connection (Master) data transfer 115.2kbps UART (Master) connection, Sniff Mode 40ms interval, 38.4kpbs UART connection, Sniff Mode 1.28s interval, 38.4kpbs UART Parked Slave, 1.28s beacon interval, 38.4kpbs UART data transfer 720kbps (Slave) data transfer 720kbps (Master) Standby mode (Connected host, activity) Peak Current Consumption 1.8V Mode Deep Sleep Mode Peak current during burst dBm) Peak current during burst (0dBm) Peak current during burst (-85 dBm) Temperature +20°C 70.0 60.0 50.0 Unit Temperature +20°C 26.0 26.0 53.0 53.0 15.0 53.0 53.0 Peak Unit
Notes: Current consumption based BC0212015A includes current supplied external Flash.
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
UART Interface
Universal Asynchronous Receiver Transmitter (UART) interface provides mechanism communicating with other serial devices using RS232 standard. When module connected another digital device, UART_RX UART_TX transfer data between devices. other signals, UART_CTS UART_RTS, used implement RS232 hardware flow control where both active indicators. Table Possible UART Settings Parameter Baud Rate Flow Control Parity Number Stop Bits Bits channel Minimum Maximum Possible Values 1200 Baud Error) 9600 Baud Error) 1.5MBaud Error) RTS/CTS None None, Even
Interface
Universal Serial (USB) interface module provides full-speed (12Mbits/s) data throughput, capable driving cable directly. external transceiver required. device operates peripheral, responding requests from master host controller such Both OHCI UHCI standards supported. Only slave operation supported. Table Data Connections Connections Function "Differential" "Differential"
Pulse Code Modulation (PCM) standard method used digitize human voice patterns transmission over digital communication channels. module hardware support continual transmission reception data, thus reducing processor overhead wireless headset applications. module offers bi-directional digital audio interface routes directly into basedband layer on-chip firmware. three connections supported interface time. interface configured Master Slave. When operates interface Master, generates output clock 128, 521kHz. When configured
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
interface Slave, operate with input clock 2048kHz. compatible with variety clock formats, including Long Frame Sync, Short Frame Sync timing. module supports 16-bit linear, 8-bit µ-law A-law sample formats 8ksamples/s receive transmit selection three first four slots following PCM_SYNC. interface module interfaces directly audio devices includes following: Qualcomm 3000 series 5000 series CDMA baseband devices. MSM7705 four-channel A-lay µ-law CODEC. Motorola MC145481 8-bit A-law µ-law CODEC. Motorola MC145483 13-bit linear CODEC.
Parallel Input Output (PIO) Port
general-purpose interface module. module ports with twelve programmable, bi-directional lines, PIO[11:0]. Programmable lines accessed either embedded application running module private channel manufacture-specific commands. ports, PIO[5:0], implemented module. PIO[0]/RXEN This multifunction terminal. function selected setting Persistent Store PSKEY_TX/RX_PIO_CONTROL (0x209). used programmable I/O, however will normally used control radio front-end receive switch. PIO[1]/TXEN This multifunction terminal. function selected setting Persistent Store PSKEY_TX/RX_PIO_CONTROL (0x209). used programmable I/O, however will normally used control radio front-end transmit switch. PIO[2]/USB_PULL_UP This multifunction terminal. UART versions, programmable I/O. versions, drive pull-up resistor USB_D+. application using external this terminal programmed chip select. PIO[3]/USB_WAKE_UP This multifunction terminal. UART versions, programmable I/O. versions, function selected setting Persistent Store PSKEY_USB_PIO_WAKEUP (0x2cf) either programmable USB_WAKE_UP function. PIO[4]/USN_ON This multifunction terminal. UART versions, programmable I/O. versions, USB_ON function also selectable.
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
PIO[5]/USB_DETACH This multifunction terminal. UART versions, programmable I/O. versions, USB_DETACH function also selectable. PIO[6]/CLK_REQ This multifunction terminal, function determined Persistent Store Keys. Using PSKEY_CLOCK_REQUEST_ENABLE (0x246), configured when module deep sleep high when clock required. clock must supplied within rising edge PIO[6] avoid losing timing accuracy certain Bluetooth operation modes. PIO[7] Programmable terminal. PIO[8] Programmable terminal. PIO[9] Programmable terminal. PIO[10] Programmable terminal. PIO[11] Programmable terminal.
Note: functions software mapped terminal, present module support PIOs
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
Features Stack Bluetooth components: Basedband (including LC), HCI. Standard v1.1 UART (H4) Transport Layers. standard radio packet types. Full Bluetooth data rate, 721kbps asymmetric. Operation with seven slaves. Maximum number simultaneous active connections: Maximum number simultaneous active connections: Operation with links, routed more slaves. Role switch: reverse Maser/Slave relationship. standard voice codings, plus "transparent SCO". Standard operating modes: page, inquiry, page-scan inquiry-scan. standard pairing, authentication, link encryption operations. Standard Bluetooth power saving mechanisms: Hold, Sniff Park modes, including "Forced Hold". Dynamic control peers' transmit power LMP. Master/Slave switch. Broadcast. Channel quality driven data rate. standard Bluetooth Test Modes. Standard firmware upgrade UART interface. Standard firmware upgrade interface. Provides manufacture-specific extension commands with following features: Access chip's general-purpose port. Access chip's Bluetooth clock. negotiated effective encryption length established Bluetooth links. Access firmware's random number generator. Controls default maximum transmit powers. Dynamic UART configuration. Radio transmitter enable/disable. UART "break" condition used ways: Presenting UART break condition module force chip perform hardware reboot. Presenting break condition boot time hold chip power state, thus preventing normal initialization while condition exists. Hardware power modes: Shallow Sleep Deep Sleep. channels normally routed over HCI. However, three channels routed over chip's single port same time routing other channels over HCI).
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
Qualification Tests
15.1 15.2 Bluetooth Qualification Tests. Qualification Tests.
Agency Regulatory Body Approvals
16.1 Safety Compliance 950:1999 (3rd Edition) "Safety Information Technology" including scheme country deviations. 60950:2000 "Safety Information Technology", European Union. 60950:2000 (3rd Edition) "Safety Information Technology", USA, Canada. Electromagnetic Compatibility (EMC) Part Class "Radio Frequency Devices", USA. ICES-003, Issue "Interference-causing equipment standard digital apparatus", Canada. 489-17:2000 "Electromagnetic Compatibility Radio Equipment Services", European Union. VCCI, "Interference Information Technology Equipment", Japan. Radio Compliance Part "Radio Frequency Devices", USA. ICAN RSS-210, Issue "Low Power License-Exempt Radio Communication Devices", Canada. 328-2:2001 "Data Transmission Equipment Operating 2.4GHz Band Using Spread Spectrum Modulation Technique", European Union. ARIB STD-T66 "Second Generation Power Data Communication System Wireless System", ARIB STD-33, "Low Power data Communication System Wireless Equipment", Japan. Marking 60950:2000 "Safety Information Technology", European Union. 489-17:2000: "Electromagnetic Compatibility Radio Equipment Services", European Union. 328-2:2001 "Data Transmission Equipment Operating 2.4GHz Band Using Spread Spectrum Modulation Technique", European Union.
16.2
16.3
16.4
Manufacture Procedure Production Test
17.1 17.2 Manufacture Process Flow Process X-ray Manufacture Test Hardware Functional Test Reports
Product Design Related Documentations
Smart Modular Technologies
Smart Modular Technologies
Specification ASY90147-1&2 December 2002
Hardware Compatibility Test Report Hardware/SW performance Test Report Hardware Test Report Hardware Reliability Test Report Hardware Environmental Test Report Product Specifications Chipsets Specifications Schematics Layout Drawings artwork Process Control Release process document
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